People who have normal color vision are able to see the hidden shape in all or nearly all of the test conditions.
When people with normal color vision wear EnChroma® glasses, they see a “color boost” effect: colors appear to “pop” with a superordinary vibrance. This effect, called chromatic contrast enhancement, is how our glasses also help people with color blindness.
People who have normal color vision are able to see the hidden shape in all or nearly all of the test conditions.
When people with normal color vision wear EnChroma® glasses, they see a “color boost” effect: colors appear to “pop” with a superordinary vibrance. This effect, called chromatic contrast enhancement, is how our glasses also help people with color blindness.
People with color blindness might find it difficult to "name" some of the colors they see. Greens, yellows, oranges, reds, and browns may appear similar especially in low light. It can also be difficult to tell the difference between blues and purples, or pinks and grays.
Green lights may appear to be extremely pale or even white. Yellow and red lights may appear indistinguishable, especially at night. People with color blindness may react up to 30% slower to color coded information, which affects their ability to safely operate a motor vehicle.
People with normal color vision can see about 1 million distinct shades of color. Those with color blindness see only about 5% to 10% as many.
Inherited red-green color blindness affects 1 in 12 men. Only about 1 in 200 women have color blindness, but almost 1 in 6 are carriers of the gene. Red-green color blindness is an X-linked recessive trait. Fathers with color blindness pass the gene down to their daughters, and the daughters have a 50% chance of passing it down to their sons.
Protanomaly 
Normal Color Vision Image colors are simulated. Color Vision Deficiency varies by individual.
People with color blindness might find it difficult to "name" some of the colors they see. Greens, yellows, oranges, reds, and browns may appear similar especially in low light. It can also be difficult to tell the difference between blues and purples, or pinks and grays.
Green lights may appear to be extremely pale or even white. Yellow and red lights may appear indistinguishable, especially at night. People with color blindness may react up to 30% slower to color coded information, which affects their ability to safely operate a motor vehicle.
People with normal color vision can see about 1 million distinct shades of color. Those with color blindness see only about 5% to 10% as many.
Inherited red-green color blindness affects 1 in 12 men. Only about 1 in 200 women have color blindness, but almost 1 in 6 are carriers of the gene. Red-green color blindness is an X-linked recessive trait. Fathers with color blindness pass the gene down to their daughters, and the daughters have a 50% chance of passing it down to their sons.
Protanomaly Normal Color Vision Image colors are simulated. Color Vision Deficiency varies by individual.
Color blindness affects millions of people worldwide. It affects 1 in 12 men and 1 in 200 women. The condition ranges from a variety of classes, red-green color blindness being the most common.
Introducing EnChroma, high performance eyewear for color blindness that are engineered to provide a broader range of clear, vibrant color.
If you have a friend or a loved one who is color blind, please share this video.
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